Alphie 400

Alphie 400

Fixed Drum Mixer

Alphie 400

Though we offer removable drum type mixers as standard practice, we also offer design similar to the 2D conventional Blenders. In this design, the mixing barrel is fixed as the rotating cage and so is non removable.

The powder to be mixed is simply filled in this rotating barrel. Such kind of configuration is suitable for single and fixed mixing application. This frees customer from having separate mixing containers.

Fixed Drum Mixer

Features

  • HMI Based control panel with PLC & VFD. Speed and time change facility, Forward and Reverse cycle speed provision, Inching / Jogging facility with Recipe storage.
  • Mixer shafts are NOT in same plane, but at height difference. With state of the art dynamically balanced drive design, very large capacity mixing can be done without any vibration. This along with eccentric discharge cone ensures 100% discharge of material without any dead zone.
  • Easy drum loading with fixed position machine stoppage.
  • Mixer with manual butterfly valve at discharge and larger opening at charging side.
  • We offer mixing container in various material like – Stainless, Carbon steel, aluminum, Rubber or PU coated etc. Ask for special material of your choice.
  • We offer CE Certified machines also.
  • Depending upon the application, powder can be loaded using vacuum / pneumatic system.

Specification

Capacity (Ltr)400
* Effective Capacity @ 80% (Ltr)320
Mixing Capacity (kg)200
Motor Power4.0
Container Revolution (rpm)25
Machine Dimension LxWxH2250 x 1900 x 1750
Machine Weight (kg)1100

We offer customised volume design and can supply as big as 3000 Ltr of such mixers. Please contact us for more details.

Additional Options

Mixer can be also supplied with below on demand. Pl contact us for this or your another requirement.

  • Provision to inject liquid while mixing (Online Dosing)
  • Online mixing quality monitoring using NIR
  • Control panel with 21 CFR, Part 11 compliance
  • Mixing in controlled atmosphere using Glove box / Isolator (+ve or -ve pressure)

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